It has been said that ‘leaders keep their eyes on the horizon, not just on the bottom line’. In other words, leaders possess vision. As established leaders in the service industry, Babylon Power Solutions’ preeminent vision stands to ensure that the utmost quality and service is at all times available and provided to our clients. Consequently, we have translated our vision into a reality and are proud to announce the broadening of Babylon Power Solutions’ supply and service network. Based in the Middle East, our supply network has established itself on the forefront of customized technical design, manufacturing, and supply of low voltage switchgear, capacitor banks, motor control centers, automatic transfer switches, and many other superlative electrical products. Each product is meticulously designed and assembled using such lofty standards as ASTA and KEMA, yielding a product that is not only built to sustain years of heavy use under the most demanding conditions, but a product that is attractive, easy to use, and maintain.

Such as Babylon Power Solutions’ vision has stationed us as leaders in the service industry of the 21st century, it has prepared us for the challenges set forth by the most demanding conditions and power quality environments. BPS has the personnel, technology, and network to tackle any and all of these challenges. Through Babylon Power Solutions and our expanded network, from basic residential to complex industrial, no project is too large or too small.

Details of our LV switchboards:
Main Low Tension Board (MLTB),
Our MLTB products have the following specs:

Motor Control Centers Fixed And Drawout:
Our MCC products have the following specs:

Main Switch Board (MSB) / Sub-Main Switch Board (SMSB):
Our MSB/SMSB products have the following specs:

Distribution Board (DB):
Our DB products have the following specs:

Feeder Pillar (FP):
Our FP products have the following specs:

All of our MLTB, MCC, MSB,SMSB, DB, and FP products are complied with the following related standards:

Materials used are capable of withstanding the mechanical, electrical, and thermal stresses as well as the effect of humidity which are likely encountered in normal service.